RICS Level 2 Survey Stoke-on-Trent

Stoke-on-Trent's built environment reflects its industrial heritage, with brick being the predominant construction material across the city. The local pottery industry produced abundant red brick, which was used extensively in the terraced housing that still dominates neighborhoods like Burslem, Tunstall, and Longton. Many of these older properties feature solid brick walls without cavity insulation, which our surveyors assess for condition and thermal efficiency.

The roofing across Stoke-on-Trent varies significantly by age and property type. Victorian and Edwardian properties typically feature either natural slate or clay tile roofs, materials that remain durable but require regular maintenance. Properties built during the post-war period through to the 1980s often incorporate concrete tiles, while newer developments use a mix of modern materials. Our surveyors examine all accessible roof areas, noting the condition of coverings, flashings, and drainage systems.

Foundation conditions in Stoke-on-Trent deserve particular attention due to the underlying geology. The city sits on Carboniferous rocks including the Etruria Marl formation, which contains high clay content. This creates potential for shrink-swell ground movement, especially during dry summers or where mature trees are located near foundations. Traditional strip foundations are common, but properties in areas with historical mining activity or near large trees may require more detailed assessment.

Inside properties, suspended timber floors were standard in pre-war construction, while concrete ground floors became more common from the mid-20th century onwards. Understanding these construction methods helps our surveyors identify where defects are most likely to occur, from rot in timber joists to damp penetration through solid walls.

Stoke-on-Trent's housing stock presents unique challenges that our surveyors are trained to identify. The city's geological makeup, with its Carboniferous rocks and Etruria Marl clay deposits, creates specific risks for property buyers. The high clay content in the underlying soil means properties can be susceptible to shrink-swell ground movement, particularly during dry summers or where mature trees are located near foundations.

Our Level 2 surveys include a thorough inspection of all accessible areas, from roof spaces to sub-floor voids. We check for signs of damp, which is particularly prevalent in the many pre-1919 terraced properties that make up 39.5% of the city's housing stock. Our surveyors examine roof conditions, looking for deterioration of slate and clay tile roofs common on older properties, and assess the condition of leadwork and gutters.

Given Stoke-on-Trent's mining heritage, our surveyors pay particular attention to signs of subsidence or structural movement. While deep coal mining has ceased, legacy issues from shallow mine workings can still affect properties in certain areas. We recommend that buyers in affected zones also obtain a mining search to complement our structural assessment.

The flood risk along the River Trent and its tributaries requires specific attention during our inspections. Properties in low-lying areas near Hanley, Fenton, and Longton may be susceptible to fluvial flooding, and our surveyors note any signs of previous water ingress or flood damage. We also assess surface water flooding risks, particularly where drainage systems may be inadequate for modern weather patterns.

• Damp and condensation assessment
• Roof and chimney condition
• Structural movement and cracking
• Timber defects and rot
• Electrical and plumbing condition
• Boundary and external area inspection

Our experience surveying properties across Stoke-on-Trent means we know exactly what to look for. The city's predominantly brick-built terraced and semi-detached homes, dating largely from the pottery industry boom through to post-war development, share common defect patterns that our surveyors are experts at identifying.

Damp is perhaps the most frequently encountered issue, particularly in the substantial number of pre-1919 properties. Rising damp due to failed or non-existent damp-proof courses, penetrating damp from defective gutters and roof coverings, and condensation caused by inadequate ventilation are all common in older properties. Our surveyors use their expertise to identify the type and cause of any damp present and recommend appropriate remedies.

Roof defects are another major finding in Stoke-on-Trent surveys. Many properties still retain their original slate or clay tile roofs, which while often structurally sound, can have deteriorated pointing, slipped tiles, failed leadwork, and corroded flashings. Our surveyors inspect all accessible roof areas and identify any repairs required to weathertight the property.

Outdated electrical installations are frequently found in properties built before the 1980s. Consumer unit upgrades, rewiring, and additional socket installation are commonly recommended to bring electrical installations in line with current safety standards. Similarly, plumbing in older properties often requires upgrading, with lead pipes, galvanized steel pipes, and outdated hot water systems frequently needing replacement.

• Rising and penetrating damp
• Roof tile deterioration and slipped slates
• Structural cracking and subsidence
• Wet rot and dry rot in timbers
• Outdated electrical installations
• Inefficient or aging heating systems

Properties in Stoke-on-Trent face specific environmental challenges that our surveyors assess during every inspection. The River Trent flows through multiple areas of the city, including Hanley, Fenton, and Longton, creating potential flood risks for properties in the floodplain. Historical flooding events have affected properties along the river and its tributaries, and our surveyors look for evidence of previous water damage, flood resilience measures, and drainage arrangements.

Surface water flooding represents an additional concern across many parts of the city. Areas with combined drainage systems or those adjacent to the Trent and Mersey Canal can experience flooding during heavy rainfall when systems become overwhelmed. Our surveyors note the property's position relative to known flood risk areas and assess whether adequate drainage is in place. We recommend that buyers in higher-risk areas obtain a detailed flood risk assessment alongside our survey.

The clay-rich geology underlying much of Stoke-on-Trent creates conditions for ground movement that can affect properties. The Etruria Marl formation is particularly prone to shrink-swell behavior, meaning foundations can move slightly with seasonal moisture changes. This is especially problematic where large trees are located close to buildings, as tree roots can draw moisture from the soil, causing clay to contract. Our surveyors examine walls for cracking patterns that might indicate foundation movement and advise on any necessary investigations.

• Fluvial flooding along River Trent
• Surface water flooding in low-lying areas
• Shrink-swell clay ground movement
• Historical mining subsidence
• Canal-related drainage issues